Steel Ball Valve

Cast Steel Ball Valve

API 6D, BSEN ISO 17292

Pressure Rating : Class-150

Bore : Full & Regular

Material : Cast Steel (WCB)

Description : Two Piece Antistatic Design, Floating Ball, Anti Blowout Proof Stem Design

Body Seat : PTFE, RPTFE, Peek

Ends : Flanged, Butt Weld

Operator : Lever, Gear, Electric, Pneumatic

Specials : Fire Safe, IBR

Item Code : CCS00016

Size : 15mm

Notes :

Available Valve Size :

CLASS-150 15mm to 200mm
CLASS-300 15mm to 200mm
CLASS-600 15mm to 150mm

Material : LCB, CF8, CF8M, CF3, CF3M, CN7M, CF10, CF10M, 3A, 4A, 5A, 6A etc.

Steel Ball Valve

BSEN ISO 17292

Pressure Rating : Class-800

Bore : Full & Regular

Material : Forged Steel (A105)

Description : Three Piece Antistatic, Blowout Proof Stem Design

Body Seat : PTFE, RPTFE, Peek

Ends : Screwed, Socket Weld, Butt Weld

Operator : Lever, Electric, Pneumatic

Specials : Fire Safe, IBR

Item Code : FCS00016

Size : 15mm

Notes :

Available Valve Size : 10mm to 50mm

Material : LF2, F304, F304L, F304H, F316, F316L, F51, WCB, CF8, CF8M, CF3, CF3M

Specialityvalve is the foremost Forged steel ball valve manufacturer in India. Forged Steel ball valve is a common type of valve that is used to regulate and control fluid flow. Ball valves are designed to be opened by twisting the lever handle counterclockwise and closed by rotating the lever handle clockwise. When the ball hole is in line with the fluid flow, the valve is said to be open, and when the valve is pivoted at 90 degrees, it is said to be closed.

What is Ball valve?
A ball valve is a closed valve that regulates the flow of a fluid or gas through a rotating ball that has a drag. They have a lengthy service life and provide trustworthy fixing for the duration of the valve's life, even if the valve isn't utilised for a long time. As a result, they are more common as a shut-off valve than, say, an entrance valve.



Features of Forged Steel Ball Valve:
Quality Manufactured Body Ball Valve
Stronger Overwhelming Duty Tough Construction
Longer Smooth Life
Low Working Torque
Positive Closed off
Forged Steel Ball Valve is used in many industries like
Chemical Industry
Petrochemical Industry
Power Industry
Oil and gas Industry
Drilling Platform
Gas Supply and Water Supply Industry

Where do you Find the best Forged Steel Ball Valve?
Specialityvalve is a leading Forged Steel Ball Valve manufacturer in India with experienced technical and service team. We have a knowledgeable team and can provide solutions to your valve requirement. Our valves are manufactured using premium quality materials in our advanced manufacturing unit. The main aim of our company is quality, safety, and reliability of our products. Our valves go through several types of testing before it gets dispatched, so customers donâ??t have to worry about the quality of the product.


Material: A105, F11, F22, F51, LF2, F304, F304L, F316, F316L
Class: 150 to 2500
Pressure: PN25-PN450
Ends: Flanged, Socket weld, Butt weld, Threaded
Size: to 48
Operation: electric actuated, pneumatic actuated, gear, lever

Flanged, class150*300/600 floating ball valve

1*2"-12"

Class 150~300 Floating Ball Valve

Features:-* Bolted bonnet, Two-piece Body, Floating Ball
* Full or Reduced bore, Blowout Proof Stem
* Fire safe and Anti static
* Stainless steel ball
* ASTM A216 WCB,A351 CF8,A351 CF8M,
* A351 CF3,A351 CF3M,A351 CN7M

Standards compliance
* Design and Manufacture: API 608,API 6D,BS5351
* Face to face(end to end): ANSI B16.10,API 6D
* Flanged connection:2~~24~to ANSI B16.5
* Fire-safe: API 607,API 6FA
* Butt welded end: ANSI B16.25
* Test and inspection: API 598,API 6D

Stainless steel ball valve

Description
1. Investment Casting
2. One Piece Body
3. Floating Ball
4. Locking Lever Handle (Option)
5. Threads Conform to ANSI B1.20.1,BS21,DIN259, DIN2999
6. For Water ,Oil,Gas, Chemical Industrial ,Fluid machinery ,Automation Control equipment .
7. Material : stainless steel CF8,CF8M; Carbon Steel WCB
8. API 598 Pressure Test
9. Pressure : 1000 WOG
10. Max Temperature : 100 degree C.

Size:1/8------4

Material: 304 & 316

Screw thread:bspt bsp npt din

Exactitude foundry pipe & valve

90fp elbow, tee, cross, street elbow,
45d elbow, union, square plug,
Hexgon plug, hexgon bushing,
Hexgon nipple, hexgon head cap,
Cap, reducer, socket banded,
Socket o.D.Machined, socket plain,
Hose nipple, locknut,
Class 800 y-strainer,
Welding nipple, barrel nipple,
1-pc ball valve, 2-pc ball valve,
3-pc ball valve


Size:1/8------4

Material: 304 & 316

Screw thread:bspt bsp npt din

Exactitude foundry pipe & valve

90fp elbow, tee, cross, street elbow,
45d elbow, union, square plug,
Hexgon plug, hexgon bushing,
Hexgon nipple, hexgon head cap,
Cap, reducer, socket banded,
Socket o.D.Machined, socket plain,
Hose nipple, locknut,
Class 800 y-strainer,
Welding nipple, barrel nipple,
1-pc ball valve, 2-pc ball valve,
3-pc ball valve

Stainless steel ball valve
Blow-out proof stem/reduce bore or full bore
Investment casing body
800psi (55 bar) w.O.G./1000psi (69 bar) W.O.G.
Material : astm a351 cf8m/cf8, astm a216

Standard packing for long sea transportaion

API stainless steel ball valve casting refers to the manufacturing process and specifications of ball valves made from stainless steel, designed and produced to meet the stringent standards set by the American Petroleum Institute (API). These valves are integral components in controlling the flow of fluids in various industrial systems, especially in oil and gas, chemical processing, and other sectors that demand high reliability and performance. If you are interested in our products, please contact us as soon as possible.



How are API stainless steel ball valves made?
API stainless steel ball valves are typically produced using either investment casting or sand casting techniques:

Investment Casting: This process involves creating a detailed wax model of the valve, which is then coated in a ceramic material to form a mold. Molten stainless steel is poured into the mold to form the valve components. This method is ideal for producing precise and complex parts with a high-quality finish.

Sand Casting: In this method, a sand mold is used to shape the molten metal. It is more cost-effective and suitable for larger parts but offers less precision compared to investment casting.

Once cast, the valve components undergo machining, assembly, and rigorous testing to ensure they meet API standards.